This text explores the current state of organic chemistry, critiquing its predominant focus on the mechanistic manipulation of atoms and molecules from the outside. The author suggests a shift away from simple synthesis and decomposition towards the construction of molecular systems capable of autonomous behavior. These proposed systems would function as sensitive receptors, reacting to their environment and specific molecules in a sophisticated manner. The objective is to develop molecular structures that can respond to evolutionary challenges more efficiently and rapidly than natural proto-living systems did in the past. The primary perspective offered is the acceleration and purposeful direction of this evolutionary process through modeling, while ensuring that such systems remain under permanent human control. By moving beyond traditional chemical assembly, this approach seeks to create a form of model life that could revolutionize our understanding of molecular reactivity and biological simulation, emphasizing the need for a balance between technological innovation and rigorous oversight.